package ru.ntcreb.csir.libs.methods.SVCH.dto;

public class TractDTO {

	private double approximationCoefficient_K;
	private double approximationCoefficient_N;
	private double voltage_U0;
	private double stepness_S;

	public TractDTO() {

	}

	public TractDTO(double approximationCoefficient_K,
			double approximationCoefficient_N, double voltage_U0,
			double stepness_S) {
		this.approximationCoefficient_K = approximationCoefficient_K;
		this.approximationCoefficient_N = approximationCoefficient_N;
		this.voltage_U0 = voltage_U0;
		this.stepness_S = stepness_S;
	}

	public double getApproximationCoefficient_K() {
		return approximationCoefficient_K;
	}

	public void setApproximationCoefficient_K(double approximationCoefficient_K) {
		this.approximationCoefficient_K = approximationCoefficient_K;
	}

	public double getApproximationCoefficient_N() {
		return approximationCoefficient_N;
	}

	public void setApproximationCoefficient_N(double approximationCoefficient_N) {
		this.approximationCoefficient_N = approximationCoefficient_N;
	}

	public double getVoltage_U0() {
		return voltage_U0;
	}

	public void setVoltage_U0(double voltage_U0) {
		this.voltage_U0 = voltage_U0;
	}

	public double getStepness_S() {
		return stepness_S;
	}

	public void setStepness_S(double stepness_S) {
		this.stepness_S = stepness_S;
	}

}
